HHIR-85B型红外热像仪说明书

技术参数光学参数*?? 95%能量时，CF=近焦，SF=标准焦距??? 最小焦距时的最小光点尺寸*? 最小的光点尺寸直径=最小焦距/最小的D:S 一般参数电气参数仪器特点Marathon FA?红外测温仪技术参数：1、温度测量范围: 250℃到 3000℃(482°F to 5432°F)2、光学分辨率最高可达 100:13、特别适用于现场安装空间狭小的安装条件4、精度高，测量值的± 0.3%5、更快速响应时间 10 毫秒，可选到10秒6、提供模拟量和数字量输出技术参数Marathon FA 红外测温仪介绍雷泰马拉松 FA 系列红外测温仪使用光纤技术可克服测量过程中各种极端的环境条件。

FA 系列红外测温仪由电子盒和光纤探头、光缆组成，探测器和信号处理部分集成在一电子盒中，此电子盒可远距离放置，光纤探头和光缆可安装在强电磁场中的环境中，并且可耐的最高环温达200℃。

雷泰马拉松 FA 系列光纤测温仪的测温范围为250℃到3000℃(482°F to 5432°F) ，FA 光纤探头由耐用光缆将光学探头连接到电路盒上，电路盒包括：探测器、电子线路、内置用户接口、LED 显示及连接电缆的接线端子。

FA1 和FA2 系列尤其适用于目标不能接近的、恶劣的工业环境，安装空间狭小的现场测温应用。

雷泰 FA 系列单色光纤式测温仪的固定焦距的光学探头包括一个小的不锈钢圆柱形外壳和透镜，其可承受的环境温度高达200℃，并且符合NEMA-4的标准。

雷泰 FA 系列的光纤探头可装一空气吹扫器以防止透镜被污染，光缆由金属套保护，并由VITON 保护套所密封，以防止水和油的流入，这种装配可使光缆以很小的半径弯曲以便其方便地穿过狭小的空间。

雷泰 FA 系列单色光纤式测温仪还提供可在PC 上使用的WINDOWS下的马拉松软件，以实现远程进行参数设置、数据读取、数据的图形显示及RS485的多点网络配置。

全优方案 全力以赴从精密到简便，从主管到基层，皆有所选!福禄克红外热像仪什么是红外热像仪？红外热像仪的优势典型应用被动接收被测目标发出的红外辐射（热量），并将这种热量转化为带有温度数据的可视化图像（所有高于绝对零度（的物体都会发出红外辐射）。

可见光图红外热图安全快速无遗漏非接触式检测，适应各种工作环境。

面测量无需逐点扫描，毫秒级反应速度，提高工作效率。

可视化图像显示整体温度分布，实时发现问题点。

工业、机械、过程设备、耐节能审核、建电气设备、负修复、水渍以建筑问题、缺坚固耐用易于操作●独有的IR-Fusion®红外-可见光点对点融合技术，完美展示画面细节。

●AutoBlend™优组合模式，实现0%-100%红外融合度轻松调节。

●集成了领先的热灵敏度和空间分辨率，呈现业内最清晰的图像。

●设计可承受2米跌落●IP54防护等级全红外画中画红外/可见报警全可见.5 m1 m1.5 m 5 ft3.25 ft1.6 ft2 m 6.5 ft1. 对准2. 聚焦3. 拍摄对包装产品：8个角、6个面、 12个边跌落试验以10升/分钟、100 kN/m2压力进行防水试验3个垂直轴方向进行30分钟的振动试验湿度95% @ 40℃工作环境下测试电磁场和射频辐射试验模拟海拔12,000米工作环境下测试对未包装产品：2米跌落试验，每一面进行6次-10℃至50℃工作环境下测试12345678冠名福禄克之前，需经过8项耐损试验Ti400Ti300Ti200 1.31mRad 1.75mRad 2.09mRadTi25Ti10Ti92.5mRad 2.5mRad 2.5mRadTi29Ti27Ti125Ti110Ti105Ti100 1.43mRad 1.67mRad 3.39mRad 3.39mRad 3.39mRad 3.39mRadTi95Ti90VT02 5.6mRad 5.6mRad对焦不准确的热图传统自动对焦：聚焦于最近的物体，即画面中的铁丝网。

IR 101InfraScan™Infrared ThermometerTABLE OF CONTENTSPage GeneralQuick instructions 3Equipment Supplied 3Description of Measuring Principle 3OperationDisplay and Operator Controls 4Making a Measurement 45Minimum and Maximum TemperatureIndicationChanging the Temperature Units 5Back Light 5Measurement Inaccuracies 5-6Trouble Shooting 6MaintenanceChanging the Batteries 7Cleaning 7 Fastening the Infrared Thermometer 7Technical Information8-9Warranty Information 10General1.Quick InstructionsPress and hold the operating button for more than 1.5 seconds. Thetemperature of the surface the lens is aimed at will read on the top of thedisplay. The minimum and maximum temperatures of the currentmeasurement are shown on the bottom of the display. When the operatingbutton is released “Hold” will be displayed between “min” and “max”indicating the measurement is completed. After 4 seconds the backlightwill turn off. The unit will switch off after 8 seconds. Press and hold theoperating button again to begin a new measurement. To switch between °Fand °C simply “double click” the operating button.2.Equipment Supplieda.Infrared Thermometer base unitb. 4 button cell batteries (already in unit)c.Neck strapd.Soft sided case3.Description of measuring principleWhen making a temperature measurement, the surface radiation of theobject to be measured is evaluated using the principle of radiationthermometry. This is a purely passive process, i.e. no radiation istransmitted, but instead, use is only made of the natural electromagneticradiation energy (heat radiation) that every body above a temperature ofabsolute zero (-273 °C) has. The temperature can be determined veryaccurately from this radiation energy if the emission factor of the objectbeing measured is known.Operation1.Display and operator controlsAll of the functions of the measuring unit are controlled and monitored usingb.Hold indicatorc.d.Temperature display - maximum valuee.Battery symbol – low battery indicatorf.Temperature units – °F or °Cg.Operating Buttonh.Lens2.Making a measurementThe object being measured should be a minimum of twice the size of theinfrared thermometer’s lens. The ideal measuring distance is 3 to 12 inches, which will yield a measurement area of ½ inch to 2 inches. As the infraredthermometer is moved away from the object being measured the area beingmeasured increases (6:1 ratio).The infrared thermometer is switched on by holding the operating button down for 1.5 seconds or more. By continuously holding down the operating button the measured value will be updated as long as the operating button is pressed.Releasing the operating button will finish the measurement. The “Hold”indication signals that measuring has stopped. The backlight will shut off 4seconds after the operating button is released. The infrared thermometer will automatically switch off 8 seconds after the last measurement. Holding down the operating button again will clear the minimum and maximum memory and begin a new measurement.3.Minimum and maximum temperature indicationThe minimum and maximum value memories are cleared at the start of ameasurement by pressing the operating button. The temperature will bemeasured and the minimum and maximum temperatures will be determined for as long as the button is pressed. The minimum temperature is shown in thelower left-hand part of the display and the maximum temperature can be seen in the lower right hand part. These values each apply to the current measuring cycle and are cleared as soon as the button is pressed again.4.Changing the temperature units ( °F/°C )The units for the temperature display can be switched between degrees Celsius (°C) and degrees Fahrenheit (°F) by pressing the button briefly twice (double click).5.Back lightThe LCD back light is constantly switched ON while the operating button ispressed. When the operating button is released, the backlight will be ON for approximately 4 seconds before automatically switching off 8 seconds after the last measurement.6.Measurement inaccuraciesThe following points should be observed in order to avoid measurement errors:a.It must be ensured that the object to be measured completely fills theInfrared Thermometer monitoring area. Errors can occur whenmeasuring small objects, as the unit also monitors the temperature ofthe surroundings as well as the object to be measured.b.The principle of measurement requires the ambient temperature to bedetermined. This takes place at one-minute intervals or each time theunit is switched on. Changes in the ambient temperature, which canoccur when the user holds the unit in their hand, are not monitoredwithin this time period and therefore neither of them is taken intoaccount when determining the indicated temperature. A gradualwarming of the unit (the lens) between ambient temperaturemeasurements can, for example, lead to the indicated temperatureslowly falling.c.If the emission factor for the object does not correspond to the presetvalue of 0.95, the temperature will not be calculated correctly. Mostsurfaces have an emission factor in the range of 0.8 to 0.98. In general,the darker and more matte the surface is, the larger their emissionsfactor. If the factor is greater the 0.95, the temperature indicated willbe greater than the actual temperature of the object being measured. Ifthe factor is less then 0.9, the temperature indicated will be less thanthe surface temperature. Polished metals have a very low emissionfactor and are therefore not suitable for measuring with an infraredthermometer. On the other hand, affixing adhesive tape to or paintingthe surface will increase the emission factor and reduce the inaccuracyof the measurement.d.It is not possible to take measurements through transparent materials(glass, plexiglas, etc.).e.It is not possible to measure air temperatures.f.Measurement errors can occur due to air contaminated with dust,steam, smoke, etc.7.TROUBLESHOOTINGProblem: Display shows -.-Solution: The operating button has not been pressed for long enough. This must be pressed for at least the duration of one measurement, i.e. for at least 1.5seconds.Problem: Display shows Err 1Solution: The ambient temperature is outside the permitted rangeProblem: Display shows 1Solution: The measured value is outside the permitted range.Problem: Battery symbol illuminatesSolution: The batteries are dead.NOTE: For problems not solved, please contact La Crosse Technology. Maintenance1.Changing the batteriesIf the battery symbol appears in the display, the batteries must be changed. The four button cells are accessible after opening the battery compartment at the rear of the unit. The used batteries must be removed from the battery holders and replaced by new button cells of the same type. Only LR44 type batteries may be used. Care must be taken to ensure that the polarity is correct when inserting.The plus terminal of all four batteries should point upwards. The batteries must be checked to see that they are properly seated before closing the batterycompartment.2.CleaningClean the unit using only a dry cloth. If the unit is very dirty, the cloth may be slightly dampened. Do not use cleaners containing solvents. Make sure that no moisture enters the interior of the unit. When cleaning the lens, loose particles must be removed using compressed air. Any remaining dirt can then beremoved with a soft brush or with a cotton swab moistened with water. CAUTION Do not use cleaners containing solvents.Fastening the Infrared ThermometerA soft-sided pouch with a belt loop and a quick release neck strap are included with the infrared thermometer. To attach the infrared thermometer to the neck strap simply insert the clip of the neck strap into the buckle end of the thermometer until it clicks. To release, press both sides of the clip on the neck strap and pull the buckle end until it is free.Technical Information1.Accuracy: The larger of the two values given is applicable in each case.2.Distance to measuring spot size: The parameter D : S characterizes the sizeof the measuring spot in proportion to the distance between the object to bemeasured and the Infrared Thermometer. For example, with a ratio of 6 : 1: °F or °CUnitDistance to measuring spot size D:S : 6:1Ambient temperature range : 32°F to 104°F: 0.95factorEmissionLR44: 4xsupplyPowerbutton cellbatteriesBattery life (approx.) : 2000 measurements(depending on theusage)Dimensions (L”xW”xH”) : 2.25” x 1” x 4”3.Emissions factor: The physical quantity known as the emission factordescribes to what extent the infrared heat radiation that is emitted from anobject is determined by its own temperature. Accordingly, a value of 1 tellsus that the infrared heat radiation from the object is based only on its owntemperature. A value of less than 1 means that the radiation emitted fromthe object is not only determined by its own temperature but also byreflections from neighboring bodies or due to the transmission, i.e. thediathermancy, of the object. The emission factor thus has an effect on theresult of the measurement. The Infrared Thermometer works with anemission factor of 0.95, i.e. the measuring unit assumes that the objectbeing monitored has a factor of 0.95. If this is not the case, there will beinaccuracies in the measurement (see Section 2.6 “MeasurementInaccuracies”).WARRANTY INFORMATIONLa Crosse Technology provides a 1-year warranty on this infrared thermometer. Contact La Crosse Technology immediately upon discovery of any defects covered by this warranty.Before sending the infrared thermometer in for repairs, contact La Crosse Technology. The infrared thermometer will be repaired or replaced with the same or similar model.This warranty does not cover any defects resulting from improper use, unauthorized repairs or faulty batteries.LA CROSSE TECHNOLOGY WILL NOT ASSUME LIABILITY FOR INCIDENTAL, CONSEQUENTIAL, PUNITIVE, OR OTHER SIMILAR DAMAGES ASSOCIATED WITH THE OPERATION OR MALFUNCTION OF THIS INFRARED THERMOMETER. THIS PRODUCT IS NOT TO BE USED FOR MEDICAL PURPOSES OR FOR PUBLIC INFORMATION. THIS PRODUCT IS NOT A TOY. KEEP OUT OF CHILDRENS’ REACH.This warranty gives you specific legal rights. You may also have other rights specific to your State. Some States do no allow the exclusion of consequential or incidental damages therefore the above exclusion of limitation may not apply to you. For warranty work, technical support, or information contact:La Crosse Technology2809 Losey Blvd. S.La Crosse, WI 54601Phone: 608.782.1610Fax: 608.796.1020e-mail:******************************(warranty work)****************************(information on other products)web:。

红外热像仪操作说明书一、简介红外热像仪是一种用于检测、显示和记录目标表面温度分布的仪器设备。

本操作说明书旨在帮助用户了解该设备的基本功能和操作方法，以便正确、有效地使用。

二、设备外观及功能1. 外观红外热像仪外观紧凑，采用人体工程学设计，便于携带和操作。

设备主体由显示屏、镜头、控制按钮和电池仓组成。

2. 功能红外热像仪具备以下功能：- 温度测量：能够测量目标物体表面的温度，并以数字形式显示在屏幕上。

- 热像显示：将温度信息以热像形式显示在屏幕上，通过不同颜色的图像表达温度分布。

- 图像记录：支持将热像图像保存在内部存储器或可拓展的存储介质中，以供后续分析和比较。

- 视频记录：能够录制目标表面的温度变化过程，以便用户进行详细分析。

三、操作步骤1. 开机与关机- 开机：按下电源按钮并保持几秒钟直到设备启动。

- 关机：按下电源按钮并在菜单中选择“关机”选项。

2. 温度测量- 瞄准目标物体：通过查看屏幕，将设备对准需要测量温度的目标物体。

- 按下“测温”按钮：在设备上方的控制按钮中找到“测温”按钮，轻按一次进行测量。

- 查看温度结果：屏幕上将显示目标物体的表面温度。

3. 热像显示- 瞄准目标物体：与温度测量相同，将设备对准目标物体。

- 按下“热像”按钮：在控制按钮中找到“热像”按钮，轻按一次启动热像显示。

- 查看热像图像：屏幕将显示目标物体的热像图像，不同颜色代表不同温度区域。

4. 图像和视频记录- 图像记录：在热像显示模式下，按下“图像记录”按钮进行图像保存。

屏幕将提示保存成功。

- 视频记录：在热像显示模式下，按住“视频记录”按钮进行视频录制。

再次按下停止录制。

5. 其他功能本红外热像仪还具备一些其他功能，如温度单位切换、锁定测量、亮度调节等。

用户可根据实际需求，在菜单中选择相应选项进行设置和操作。

四、注意事项1. 确保设备电量：在使用前，请确保红外热像仪电池电量充足，以免影响操作效果。

2. 避免遮挡镜头：在使用过程中，请确保镜头没有被任何物体遮挡，以保证测量的准确性。

flir红外热像仪使用说明一、引言FLIR红外热像仪是一种高科技的测温工具，可以通过红外线来检测物体表面的温度分布情况，广泛应用于建筑、电力、化工、医疗等领域。

本文将详细介绍FLIR红外热像仪的使用方法。

二、准备工作1. 充电：首先需要将FLIR红外热像仪充满电，以确保其能够正常工作。

2. 校准：在使用前需要对FLIR红外热像仪进行校准，以确保其测量结果的准确性。

3. 选择测量模式：根据实际需求选择不同的测量模式，例如表面温度模式、最大/最小值模式等。

三、操作步骤1. 打开FLIR红外热像仪：按下电源键即可打开设备。

2. 调整焦距：根据实际需求调节镜头焦距，以便更好地观察被测物体。

3. 调节亮度和对比度：根据环境光线调节屏幕亮度和对比度，以便更清晰地观察图像。

4. 测量温度：将FLIR红外热像仪对准被测物体，观察屏幕上的图像，并记录温度数据。

5. 存储数据：按下存储键即可将测量数据保存到设备内部存储器中。

6. 分析结果：通过软件分析保存的数据，可以得出更为详细的温度分布情况，并进行进一步分析和处理。

四、注意事项1. 避免使用在高温或低温环境下，以免影响设备的正常工作。

2. 避免长时间暴露在阳光下，以免损坏设备。

3. 使用前需要对设备进行校准，以确保测量结果的准确性。

4. 使用时需要注意安全，避免触电、烫伤等意外发生。

5. 使用后需要及时清洁设备，并放置在干燥通风处存放。

五、总结FLIR红外热像仪是一种高科技测温工具，在建筑、电力、化工、医疗等领域广泛应用。

使用时需要注意安全，并遵循正确的操作步骤。

通过对测量结果进行分析和处理，可以得出更为详细的温度分布情况，并为后续工作提供参考依据。

& Calibration Standards Visit T H E I N F R A R E D P R O SMaterials Temperature Mikron Model*3Infrared Technology4Infrared Temperature MeasurementThe non-contact temperature measurement or pyrometry is an optical measurement based on the property of all materials to send out elec-tromagnetic radiation (infrared radiation). The infrared thermometer (pyrometer) uses this radiation to determine the temperature. The pyrometer aims with the optics at a certain spot of the object and determines the temperature of this spot. Today typically spectral responses of pyrometers are in the near, middle and distant infrared.Electromagnetic SpectrumX-RayUV-LightVisible InfraredRadiolightVisible Near Middle Distant Extreme lightInfraredInfraredInfraredInfrared0,40,736151000 µmWavelengthSelection of the Correct Mikron PyrometerTo choose the correct pyrometer for a certain application different properties of the measuring object have to be taken into considera-tion, such as temperature, material and size.0°C1000°C 2000°C3000°CNon MetalsGlassMetalsMeasuring temperatureThe Temperature RangeMIKRON pyrometers measure temperatures from -100 to 4000°C. The selection of the temperature range depends on the application.The Spectral RangeThe material of the measured object demands the correct selection of the optimum spectral range of the pyrometer for a certain application.Therefore the correct spectral range is one of the most important features. Typical spectral ranges are:0.8-1.1 µm:Measurement of molten glass, metals, ceramics (∆600°C)1.45-1.8 µm:Measurement of metals, ceramics (∆250°C)2.0-2.8 µm:Measurement of metals (∆75°C)5.14 µm:Measurement of glass surfaces (∆100°C)8-14 µm:Measurement of non-metal surfaces and coated metals (∆-40°C)The Spot SizeThe spot size of a pyrometer is determined by the dimensions of the measured object. At least it has to be as big as the measured object. The spot sizes (M) depends on the pyrometer type and the measuring distance (a). For M and a please see data sheets.If a distance ratio is mentioned instead of “M“ and “a“ the following calculation for the spot size has to be done: Distance ratio = distance /spot size (10 : 1 e.g. means: at a distance 500mm the spot size is 50mm).Example:SightingFor easy alignment of the pyrometers to the measuring object, different sighting systems are available:- LED aiming - Laser aiming- Through-the-lens-sighting - TV cameraThe DesignThe pyrometers are available in different designs:- Compact pyrometer with integrated lens - Fiber optic pyrometers (LO); benefit of this design: fiber optic and optical head can be used in high ambient temperatures without cooling.OutputDifferent pyrometers provide different outputs. Analog outputs and digital interfaces are available. Some pyrometers have various switchable outputs, others can be offered with different outputs, the required output has to be selected when ordering. The required digital interface always has to be chosen.- Analog output 4-20mA or 0-20mA - Analog output 10 mV/°C - Analog output 0-5 V- Analog output thermocouple type J or K - Digital interface RS232 or RS4855Mikron portable infrared thermometers are lightweight, hand-held and are the ideal general purpose instruments for non-contact temperature measurement. They are used most often in the areas of preventative maintenance, quality assurance and short term process monitoring.6Mikron has a wide selection of industrial fixed mount non-contact temperature sensors to fill any need. Select from low cost, compact models, highly advanced fiber optic and 2/color instruments, flexible single color non-contact pyrometers,and high speed ultra precision digital units with multi-channels.7891011Implementing a systems approach for thermal process applications requires full knowledge of the customer’s applications,available thermal imagers and thermal scanners, customer’s existing controls platform, and software requirements, etc.Mikron’s staff of engineering and software specialists are available for the design and development of comprehensive turn-key systems for all customer applications.12The highly accurate, high resolution M9104 is a multi-range unit for laboratory use and the M9103 to the ideal process instrument.Mikron offers the widest selection of blackbody calibration sources providing high emissivity, fast slew rates andunparalleled accuracies. They are essential for checking accuracy of infrared temperature sensors, spectral radiometers,infrared thermal imaging equipment, optical pyrometers, emissivity/reflectivity determination, heat flux meters, etc.1415Mikron offers a variety of highly sophisticated thermal imaging systems for a wide range of applications which allow the user to see the temperature gradient of an entire surface rather than a single point. Four MiKroScan instruments are lightweight, hand-held IR cameras which offer capabilities normally found in models costing much more.For Temperatures from -20°to 3000°C. Traceable to NISTMikron offers state-of-the-art calibration services for all makes of Infrared Thermometers,Radiometers, Optical Pyrometers, Thermal Imaging Systems.The proliferation of high accuracy, infrared temperature measurement instrumentation and its growing application in critical industries, such as steel, glass, ceramics, semiconductor, aerospace, environ-mental sciences, etc., has created the need for qualified primary calibration facilities independent of NIST.To meet this need, Mikron has established a fully equipped and expertly staffed laboratory to perform calibration services to national standards on all makes of infrared and optical pyrometric temperature measurement and imaging equipment. Normal calibration time is less than 2 weeks from receipt of the instrument.Mikron’s calibration laboratory equipment uses primary standard blackbody sources similar to NIST (freezing point of metal). Calibration procedures and specifications meet NIST and ANSI standards.Mikron Infrared, Inc., Headquarters 16 Thornton RoadOakland, NJ 07436 USA Tel: 201-405-0900Tel: (USA only) 800-631-0176Fax: 201-405-0090E-mail:************************West Coast Office:Mikron4475 Dupont Court #9Ventura, CA 93003Tel: 805-644-9544Fax: 805-644-9584E-mail:*************Visit our websites:Catalog Cond. Rev. D 080310Printed in USAISO 9001Mikron has been an innovative leader in the field of non-contact temperature measurement since 1969. The company provides industrial customers and R&D laboratories with accurate instrumentation ranging from convenient portable units to fixed mount instruments, complete thermal imaging systems,and line scanners. In addition Mikron manufactures the world’s largest selection of Black Body Calibration Sources.Mikron specializes in providing customized products to solve the most difficult non-contact temperature sensing problems across a broad range of industries. The company also offers Value Imageering, a turnkey package consisting of complete engineering, design and installation services to meet the most severe and difficult thermal imaging system requirements.Mikron also provides Calibration Standards Laboratory Service. This fullyequipped and expertly staffed laboratory provides prompt re-calibration of infrared thermometers, radiometers and thermal imaging equipment to assure their accuracy traceable to NIST standards.。

红外热像使⽤说明观测式红外热成像机芯组件使⽤说明书烟台艾睿光电科技有限公司/doc/5f4487acdd3383c4bb4cd22c.html⽬录1概述 (2)1.1简介 (2)1.2结构⽰意图 (3)2特点及功能 (4)2.1特点 (4)2.2功能 (4)3接⼝ (5)3.1接⼝⽰意图及接⼝定义 (5)3.1.1通⽤功能接⼝J6 (5)3.1.2数字视频接⼝J3 (6)3.1.3外同步接⼝J1 (7)3.2接⼝时序 (7)3.2.1数字视频接⼝时序 (7)3.2.2外同步接⼝时序 (8)4通讯协议 (9)4.1通讯串⼝设置 (9)4.2信息格式 (9)4.3数据协议 (10)4.3.1接收命令 (10)4.3.2返回状态信息 (11)4.4控制流程 (12)4.4.1信息应答 (12)4.4.2出错控制 (13)5使⽤注意事项 (14)6软件操作说明 (15)7常见故障排除 (16)8维护与保养 (17)1概述1.1简介该机芯组件的结构系统、图像处理采集外围系统由本公司独⽴研发，采⽤了320×240⾮制冷焦平⾯阵列，具有极⾼的灵敏度，极好的均匀性，⼩巧轻便，堪称世界上⾮制冷热成像核⼼组件顶级低功耗产品。

该机芯组件具有技术成熟、功耗低、计算机接⼝标准灵活等特点，是⼀款功能强⼤、性能稳定、全天候⼯作、⽆须补偿、电磁兼容性好、环境温度适应性强的产品。

⽬前已⼴泛应⽤于我国航天、航空、军⼯、安全、监控等⾏业领域。

1.2结构⽰意图2特点及功能2.1特点1)320×240⾮制冷氧化钒（VOx）焦平⾯阵列；2)体积⼩，重量轻，功耗⼩；3)具有极⾼的灵敏度及均匀性；4)25Hz/30Hz图像输出；5)RS232串⼝控制功能（RS422/RS485可选）；6)各种红外镜头可选；7)供电范围直流9VDC～18VDC；8)⼯作环境温度范围-40℃～+60℃，满⾜国军标要求。

2.2功能1)⼿动/⾃动调节亮度及对⽐度；2)中⼼⼗字线加载及消隐；3)⿊⽩极性切换；4)快门校正及背景校正；5)2倍图像放⼤；6)伪彩/⿊⽩图像模式切换；7)14bit（原始图像）/8bit（图像增强）数字视频切换；8)⾃动快门开关使能；9)控制接⼝形式有：RS232/RS422/RS485；10)模拟输出格式PAL制/NTSC制可选；11)外同步功能。

红外热成像仪使用说明书仪器概述：DM160A红外热成像仪是现场沮度检测、预防性维护等应用场合的不二选择1.测温范围-20℃至+300℃(可扩展至1500℃)2.先进的UFPA非制冷焦平面红外探测器和高质量的光学镜头3.六种调色板、手动聚焦、8V-11V直流输出、领先水平的人体工学结构设计一：概述DM160A红外热成像仪，以先进的UFPA非制冷焦平面红外探测器和高质量的光学镜头为核心，结合方便快捷的操作系统、领先水平的人体工学结构设计、功能完善的拓展配件，为适用用户打造了一款“成像清晰、测量准确、操作简单、携带轻便”的理想测温工具，是现场沮度检测、预防性维护等应用场合的不二选择。

可广泛应用于电力、电子及咧造、建筑、能源、冶炼、石化、铁路、汽车等行业。

测量原理:红外辐射:在自然界中，任何温度高于绝对零度(-273℃)的物体都会向外界辐射红外线，物体的辐肘能量的大小。

和物体表面的温度高低相关。

红外探测A:能把被测物体红外辐射量的变化变成电量变化的装置，也即将光信号转换成电信号。

红外热像仪利用光学器件将被测目标辐射的红外能量聚热在红外探测器上。

将探测器上每个像素点接收的红外数据进行处理后，对比预先标定好的温度数据。

转换成标准的视频格式并显示出来。

从而实现了将被测物的热分布转换为红外热图的过程。

这种红外热图与被测物体表面的热分布相对应。

热图像上面的不同颜色代表被测物体的不同温度。

二：产品结构1.正面部分2.按键部分3.多功能底座（选配）图3.1图3.2图3.3 三：技术指标1.技术参数红外热像仪成像属性分辨率160×120像素热敏度0.08 ℃@ 30℃测量准确度±0.2%±2个字(满量程)空间分辨率 2.2mrad聚焦方式手动聚焦调色板六种(铁红/反铁红/彩红/羽红/白热/黑热)工作波段8-14um测温范围-20℃至+300℃(可扩展至1500℃)测温精度±2%或者2℃(两者取最大值)工作环境温度-15℃至+50℃存储环境温度-40℃至+70℃湿度-95%RH(非凝露)电源适配器8V-11V直流输出整机重量＜500克(含电池)产品尺寸170×160×80mm3电池可充电锂电池（可连续工作3小时）工作模式双模式（标准模式、节能模式可选）机身颜色红色+灰色整机重量＜500克（含电池）2.产品配件四：使用操作1.场作入门1)为电池充电当液晶显示器显示电池电量低的时候，请按照下面的步骤对电池进行充电。

TI20红外热成像仪操作使用说明目录1 TI20简介 (2)1.1 TI20组成及其附件 (2)1.1.1 TI2O的组成及其控件 (2)2 基本操作 (4)2.1 TI20的启动与关闭 (4)2.2 识别首页画面 (5)2.3 图像的聚焦与图像捕捉及其他 (7)2.3.1 图像的聚焦 (7)2.3.2 图像的捕捉 (7)2.4 其他操作 (7)2.4.1 水平的调整 (7)2.4.2 跨度的调整 (7)3.高级操作 (8)3.1 图像及其他的操作 (8)3.1.1图像的浏览与删除 (8)3.1.2 发射率的调整 (8)3.1.3 反射率的调整 (8)3.1.4 拍摄距离光点尺寸比的使用 (9)3.1.5报警极限设置 (10)4.INSIDE IR的操作说明 (10)4.1 基本操作 (10)4.1.1 TI20与PC的连接 (10)4.1.2 TI20日期和时间的设置 (11)4.1.3 图像数据的上传和下载 (12)4.1.4 热图像集合的导出 (12)4.1.5 热图像的导出 (12)5.红外热成像拍摄检测时的注意事项 (14)1 TI20简介Fluke Ti20 Imager（以下简称“Imager”）是当代技术最先进的轻型手持式热成像设备。

使用Imager，可即时、准确地获取远距离目标的热图像和辐射读数。

Imager 按人机工程学原理进行设计，左右手均可使用，只要扣动扳机，就可捕获热图像和数据。

Imager 最多可存储50 张图像，并可下载到您的个人电脑中，供存储、分析和制作报告之用。

InsideIR 辅助软件应用程序，可用来显示、检查、分析图像和数据，以确定与目标设备相关的定量及定性趋势。

您还可根据设备的条件、监控和资产管理的需要，使用InsideIR 来定义维护数据库。

Imager 能提供高性能的热成像功能，适于工业应用。

TI20热像仪的主要技术参数●电磁频谱范围：红外长波辐射7.5～14 μm●工作环境温度：0 °C～50 °C●测量温度范围：－10 °C～350 °C●报警温度范围：－15 °C～360 °C（可调）●存储容量： 50张热图像●具有防尘和防潮保护（IP54 级），可用于恶劣的工业环境。

红外线热像仪的使用方法说明书一、产品概述红外线热像仪是一种先进的测温工具，利用红外线辐射原理，可以实时捕捉物体表面的红外辐射，并将其转化为可视化的热图。

通过该设备，用户可以非接触、高精度地获取物体的表面温度信息，用于各种领域的应用，如电力、建筑、环保等。

二、安全要求1. 在使用红外线热像仪前，请仔细阅读用户手册，并按照要求正确操作。

2. 长时间直视高温物体可能会对视力造成伤害，请远离高温源操作，并始终佩戴防护眼镜。

3. 避免在易燃或易爆环境下使用红外线热像仪，以免引发火灾或爆炸。

4. 长时间持握重型红外线热像仪可能导致手部不适，请注意握持时间，适量休息。

三、使用步骤1. 打开红外线热像仪按下电源开关，待设备启动成功后，进入正常工作状态。

2. 准备测量a) 确保红外线热像仪与待测物体之间没有遮挡物，以免影响测温准确性。

b) 根据待测物体的特点，选择适当的测温模式（如点温度、区域温度等）。

3. 设置参数a) 根据实际需要，调整红外线热像仪的测量范围和颜色分布等参数。

b) 根据测量距离和环境温度等因素，对设备进行校准。

4. 进行测温a) 对准待测物体，并将其完整地显示在热像仪的屏幕上。

b) 按下测温键，红外线热像仪会自动计算并显示出物体的表面温度。

5. 分析数据a) 在测温完成后，可以通过红外线热像仪的数据分析功能对获取的温度数据进行处理。

b) 利用软件工具或计算器，将数据与标准值进行比较，得出相应的结论或建议。

6. 关闭红外线热像仪按下电源开关，待设备关闭后，可以安全、存放或继续进行其他操作。

四、注意事项1. 在高温环境下使用红外线热像仪时，请注意设备的散热，避免过热导致设备损坏。

2. 在极端温度条件下使用红外线热像仪可能会导致测温误差，请谨慎使用。

3. 请勿将红外线热像仪与其他辐射源（如激光器）共同使用，以免造成干扰或损坏设备。

4. 若红外线热像仪长时间不使用，请将其存放在干燥、通风的环境中，并避免受潮或遭受外界冲击。

红外热像仪原理及用途热像仪技术指标红外热成像技术是一项前途广阔的高新技术。

比0.78微米长的电磁波位于可见光光谱红色以外，称为红外线或称红外辐射，是指波长为0.78～1000微米的电磁波，其中波长为0.78～2.0微米的部分称为近红外，波长为 2.0～1000微米的部分称为热红外线。

自然界中，一切物体都可以辐射红外线，因此利用探测仪测量目标本身与背景间的红外线差可以得到不同的热红外线形成的红外图像。

目标的热图像和目标的可见光图像不同，它不是人眼所能看到的可见光图像，而是表面温度分布图像。

红外热成像使人眼不能直接看到表面温度分布，变成可以看到的代表目标表面温度分布的热图像。

全部温度在确定零度（—273℃）以上的物体，都会不停地发出热红外线。

红外线（或热辐射）是自然界中存在较为广泛的辐射，它还具有两个紧要的特性：（1）物体的热辐射能量的大小，直接和物体表面的温度相关。

热辐射的这个特点使人们可以利用它来对物体进行无需接触的温度测量和热状态分析，从而为工业生产，节省能源，保护环境等方面供应了一个紧要的检测手段和诊断工具。

（2）大气、烟云等吸取可见光和近红外线，但是对3～5微米和8～14微米的热红外线却是透亮的。

因此，这两个波段被称为热红外线的“大气窗口” 。

利用这两个窗口，使人们在完全无光的夜晚，或是在烟云密布的战场，清楚地察看到前方的情况。

由于这个特点，热红外成像技术在军事上供应了先进的夜视装备，并为飞机、舰艇和坦克装上了全天候前视系统。

这些系统在现代战争中发挥了特别紧要的作用。

红外热像仪应用的范围随着人们对其认得的加深而愈来愈广泛：用红外热像仪可以特别快捷，探测电气设备的不良接触，以及过热的机械部件，以免引起严重短路和火灾。

对于全部可以直接看到的设备，红外热成像产品都能够确定全部连接点的热隐患。

对于那些由于屏蔽而无法直接看到的部分，则可以依据其热量传导到外面的部件上的情况，来发觉其热隐患，这种情况对传统的方法来说，除了解体检查和清洁接头外，是没有其它的方法。

MAINTAINS SAFETY & PRIVACY FLI R screening solutions are non-contact, safe, and effective• On-camera FL R Screen-EST Mode does not store images or personal information• Thermal imagery displays heat, not identifying facial features• Thermal temperature measurement does not require personal contact and allows for social distancing in screening setupsEquipment described herein is subject to US export regulations and may require a license prior to export. Diversion contrary to US law is prohibited. Imagery for illustration purposes only. Specifications are subject to change without notice. ©2020 FLIR Systems, Inc. All rights reserved. Created: 06/29/20 20-0861-INS-Exx-EST-Datasheet-LTR NASDAQ: FLIRS P E C I F I C A T I O N S CORPORATE HEADQUARTERS FLIR Systems, Inc.27700 SW Parkway Ave.Wilsonville, OR 97070USAPH: +1 866.477.3687NASHUAFLIR Systems, Inc.9 Townsend West Nashua, NH 03063USAPH: +1 866.477.3687LATIN AMERICA FLIR Systems BrasilAv. Antonio Bardella, 320Sorocaba, SP 18085-852BrasilPH: +55 15 3238 8070CANADAFLIR Systems, Ltd.3430 South Service Road, Suite 103Burlington, ON L7N 3J5CanadaPH: +1 800.613.0507Imaging dataE54-ESTE86-ESTInfrared resolution 320 × 240 pixels 464 x 384 pixels Thermal resolution/NETD <40 mK @ 30°C (86°F)<40 mK @ 30°C (86°F): 24° lens <30 mK @ 30°C (86°F): 42° lens Frame rate30 HzOptical dataIncluded Lens Fixed lens, 24° (17 mm)24° (17 mm) or 42° (10 mm)Field of view 24° × 18° 24° × 18° or 42° × 32°FocusManualContinuous laser distance meter(LDM), one-shot LDM, one-shot contrast, manualScreening modeTemperature range 15°C to 45°C (59°F to 113°F)Screening accuracy (drift)±0.3°C (±0.5°F)Image presentationVideo outDisplayPort over USB Type-CDigital data streaming Simultaneous thermal and visible, USB Type-CCommand and control On-camera screen, USB Type-C Display4 in. touchscreen LCD, 640 × 480 pixelsGeneralOperating temperature range -15°C to 50°C (5°F to 122°F)Battery type Rechargeable Li ion batteryPower Rechargeable Li ion battery, >2.5 hrs (typical use)External power AC adapter 90–260 V AC, 50/60 Hz Size (L × W × H)278.4 × 116.1 × 113.1 mm (11.0 × 4.6 × 4.4 in)Weight 1 kg (2.2 lb)Tripod mounting UNC ¼”-20Box contentsInfrared camera with lens, battery (2 ea), battery charger, front protection, carabiner hook, straps (hand, wrist), hard transport case, lanyards, lens caps, lens cleaning cloth, power supplies, Torx T10 wrench, screws, cables (USB 2.0 A to USB Type-C, USB Type-C to USB Type-C, USB Type-C to HDMI), USB-C to USB Type-A with power supply included, remote operation button,8 GB SD card, printed documentationDISCLAIMER: FLIR devices are intended for use as an adjunct to clinical pro-cedures in the screening of skin surface temperature. Various environmental and methodological factors can impact thermal imaging; therefore, it should not be relied upon as the sole determinant of a person’s body temperature. Use of a medical device will be needed to identify elevated body temperature.On-Camera FLIR EST TM ModeAuto ModeOperator ModeFLIR Screen-EST™ Mode is an on-camera method for simplified measuring elevated skin temperature. This mode can display an alarm when a tempera-ture greater than a user defined threshold is detected against a sampled average value. The average can be updated manually using the remote op-eration button in Operator mode or automatically with each new screening in Auto mode. I f the screening mode detects an individual with elevated skin temperature, they can then be evaluated using a medical device such as a thermometer. I n this way, FLI R Screen-EST Mode provides a faster, safer, and more reliable method for conducting elevated skin temperature screening.FLIR EST TM Desktop SoftwareFLIR Screen-EST™ Desktop is a computer screening software for FLIR T-Series, Exx-Series, and Axxx-Series thermal imaging cameras. The software deploys automatic measurement tools, like face detection and automatic average sampling, that shorten screening times of individuals to two seconds. Fast screening performance make FLIR Screen-EST Desktop the preferred solution for screening application at entries, checkpoints, and other high-traffic areas while maintaining recommended social distancing guidelines.。

Q-1QOrdering Example: HHM-EX845, 1000A AC/DC true RMS clamp/digital multimeter and infrared thermometer.CAT IV 1000A Clamp Meter With Infrared Thermometer U B uilt-In Non-Contact Infrared Thermometer Design with Laser Pointer U W ireless Communication with OSXL-T620 (FLIR T620) Thermal Imaging Camera U C at IV Safety Rating for Industrial Applications U T rue RMS Current and Voltage Measurements U P eak Hold Captures Inrush Currents and Transients HHM-EX845The HHM-EX845 is a CAT IV True RMS 1000A Clamp Meter. This meter is supplied in the Meterlink kit and includes a Bluetooth ® module designed for use with the OSXL-T620 (FLIR T620) thermal imaging cameras. The combination of a clamp meter and an infrared camera is used for electrical power measurement, analysis and documentation. The HHM-EX845 measurement functions include AC/DC voltage, AC/DC current, resistance, capacitance, frequency, duty cycle, diode test, continuity, Type K thermocouple thermometer plus non-contact infrared temperature.CAT IV-600V safety rating for added protection and True RMS feature gives you accurate readings of non-sinusoidal waveforms.Built-in infrared thermometer with laser pointer. Find hot spots fast!U 43 mm (1.7") Jaw Opening for Conductors up to 750 MCM or Two 500 MCMU 4000 Count Backlit DisplayU A utoranging with Manual Range ButtonU D ata Hold, Min/Max and Auto Power OffHHM-EX845 shown smaller than actual size.。